九、發明說明： 是一種應用於製冰機之控制進水量及進 【發明所屬之技術領域】 一種製冰機之進水控制結構， 水時序之控制結構。 【先前技術】 ΓίίίΓίτ財_，奴水機财接供紅該製冰合 .覆 ί利公告第1277715號之「自動製冰裝置及具備供丄方ί水 前創作中具有—製冰盟，及—儲水之储水槽，並 ==通一之動作係受控於-心 而該創作3=„進_鲍機樹之方法與結構’因 m」 水完畢；另—先前創作如中華民國專利公告 33號之「電冰箱」，其巾該電冰箱巾具有—供水箱、—製冰 者自行設定_時間之供水機，並藉由改變該 : ί之時間長短而改變其供水量，該先前創作之給水方式次 二上述-次進水完畢之進水方式由於供水量較大且流速較快，常造ς ，波動較大使_裝置之侧職_或闕，制使進水機構誤動作， 最後將產生水量不足或水量過乡之問題，具有改狀必要性。 【發明内容】 <有鐘於上述習知創作之缺失，本發明之首要目的即在於提供一種可平 緩供水之機構，避錢賴構供树產过_Α之水流。 ，本發明係-種製冰機之進水控制結構，係控制_製冰機之進水時序， 該製冰機具有-進水機構以及—㈣該進水機構進树序之水量控制開 關’而該製冰機更設有-控制軸，於該控制轴之運動行程包含有至少一連 動該水量控制開關令進水機構中止進水之關閉軌跡，以及至少三介於該關 閉軌跡路財連誠水量卿·令财麟進水之断财，由於^開 啟執跡中具有一關閉軌跡間隔，使該進水機構於該控制軸之運動行程中至 1334014 :· 少分為^魏水，產生分段供权效果，以朗平緩供水及軸製冰各中 水面波動過大之目的。 【實施方式】 «本_之詳域似摘㈣，職配合賦說明如下： • 本發明之*"較佳之實補請參_ 1及® 2，該相式為—製冰機之 立體圖，該製冰機至少包括一控制系统i、一進水機構6'一盛接該進水 機構6供水輯械冰之製冰盒4、—鶴馬達3、結合於魏動馬達3 之-驅動齒輪組3卜-控制軸7與一撥冰桿5，並另設有一第一導引板 81、-檔扳82以及-第二導引板83辅助冰塊9集中儲存；其中該控制系 參統1係設定—製冰時序待該製冰盒4中之轉結為冰塊9動該驅動馬達 3透過該驅_輪組31轉動該撥冰桿5移除該製冰盒4内冰塊9，並再由 該進水機構6供水·製冰盒4巾重覆製冰之驗；該 水量控制開關2，且該水量控制開關2設有一可控制該進水機構6啟閉之 按鍵2卜該水量控綱關2連結該控制軸7，其中該控制袖7之運動行程 包含有至少-連觸水4控制關2令_水_ 6巾歧权關閉軌跡 71以及至少二介於該賴獅71路徑巾義該水量姉開關2令該進水 機構6進水之開啟軌跡72，藉由該驅動馬達3帶動該控制轴7轉動，且該 控制軸7與該水量控制開關2連動來決定進水時序，形成控制該進水機構 • 6供水或停止供水之控制機制；另，該控制軸7與該撥冰桿5連動，且該 控制2 7可與該撥冰桿5連接以便簡化驅動方式以及達到同步之效果。 凊參閱圖3-1姻Μ，該等圖式中所示為該控制軸7與該水量控制 開關2之動作關係，其中該控制軸7之具有一轉動轴心73，該關閉軌跡 71與開啟軌跡72間相對於該轉動軸心73具有不同之_ ,於本實施例中 該開啟執跡72相觸_倾、71較為接近該轉動細73 (亦即向該轉動 轴心73凹陷），如圖與圖3·2所示，隨著該控制轴7之動作，該關閉 轨跡71將頂接該水量控綱關2之按鍵2卜使該進水機構6停止供水， 而該控制軸7繼續動作使該開啟執跡72移動至該按鍵21旁，由於該開啟 執跡72相對於該關閉軌跡71具有釋離該按鍵21之空間，因此該水量控 制開關2命令該進水機構6開始供水，再者，隨著該控制軸7轉動，兩開 6 1334014 【圖式簡單說明】 圖1為本發明之製冰機一實施態樣立體圖。 圖2為圖1之製冰機實施態樣另一立體圖。 圖3-1為本發明之控制軸動作示意圖（一）。 圖3-2為本發明之控制軸動作示意圖（二）。 圖4-1為本發明之進水過程示意圖（一）。 圖4-2為本發明之進水過程示意圖（二）。 圖4-3為本發明之進水過程示意圖（三）。 【主要元件符號說明】Nine, invention description: It is a control water intake amount applied to the ice machine and the technical field of the invention. The water inlet control structure of the ice machine and the water timing control structure. [Prior Art] ΓίίίΓίτ财_, the slave water machine for the red ice system. The ί利 announcement No. 1277715 "automatic ice making device and the 丄 ί ί ί before the creation of the ice-making, and - Storage tank for water storage, and == The action of Tongyi is controlled by - heart and the creation 3 = „Into_Bao machine tree method and structure' due to m” water is completed; another—previous creation such as Republic of China patent Announcement No. 33 "Refrigerator", the towel of the refrigerator has a water supply box, a water supply machine that the ice maker sets the time, and changes the water supply amount by changing the length of the time: The water supply method of the creation is the second time. The water intake method of the above-mentioned water intake is large due to the large water supply volume and the rapid flow rate, and the turbulence is large, causing the _ device to be _ or 阙, making the water inlet mechanism malfunction, and finally The problem of insufficient water production or water volume has changed, and it has the necessity of reform. SUMMARY OF THE INVENTION <With the absence of the above-mentioned conventional creation, the primary object of the present invention is to provide a mechanism for gradual supply of water, and to avoid the flow of money for the production of trees. The invention relates to a water inlet control structure of an ice making machine, which controls the water inlet timing of the ice maker, the ice making machine has a water inlet mechanism and- (four) the water inlet control mechanism of the water inlet mechanism into the tree sequence The ice making machine further comprises a control shaft, wherein the movement stroke of the control shaft comprises at least one closing trajectory of the water quantity control switch for stopping the water inlet mechanism, and at least three of the closed track roads Chengshui Liangqing·Lian Cailin enters the water to break the money, because there is a closing track interval in the opening of the opening, so that the water inlet mechanism in the movement of the control axis to 1334014: · less divided into ^ Weishui, produced The segmentation power supply effect is aimed at easing the water supply and the fluctuation of the water surface in the shaft ice. [Embodiment] «This _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The ice making machine comprises at least a control system i, a water inlet mechanism 6', an ice making box 4 for receiving the water supply mechanism 6 of the water inlet mechanism 6, a crane motor 3, and a driving gear coupled to the Wei motor 3 The group 3 - the control shaft 7 and a dialing rod 5, and a first guiding plate 81, a shift lever 82 and a second guiding plate 83 assist the ice block 9 to be stored in a centralized manner; wherein the control system is 1 system setting—the ice making sequence is to be turned into the ice block 9 in the ice making box 4, and the driving motor 3 rotates the ice picking rod 5 through the driving wheel set 31 to remove the ice in the ice making box 4. And the water inlet control unit 6 water supply and ice box 4 towel repeated ice test; the water quantity control switch 2, and the water quantity control switch 2 is provided with a button 2 for controlling the water inlet mechanism 6 to open and close The water volume control 2 is connected to the control shaft 7, wherein the movement stroke of the control sleeve 7 includes at least a water contact 4 control switch 2 command _ water _ 6 towel disambiguation off track 71 and at least two The lion lion 71 path towel means that the water quantity 姊 switch 2 causes the water inlet mechanism 6 to enter the water opening trajectory 72, and the driving motor 3 drives the control shaft 7 to rotate, and the control shaft 7 is interlocked with the water quantity control switch 2 Determining the water inlet timing, forming a control mechanism for controlling the water inlet mechanism • 6 water supply or stopping the water supply; further, the control shaft 7 is interlocked with the ice rod 5, and the control 27 can be connected with the ice rod 5 to simplify Drive mode and achieve synchronization. Referring to Figure 3-1, the relationship between the control shaft 7 and the water quantity control switch 2 is shown in the drawings, wherein the control shaft 7 has a rotation axis 73, and the closing track 71 is opened. The trajectory 72 has a different angle with respect to the rotation axis 73. In this embodiment, the opening trajectory 72 is relatively close to the rotation thinning 73 (i.e., recessed toward the rotation axis 73), such as As shown in FIG. 3 and FIG. 2, with the action of the control shaft 7, the closing trajectory 71 will push the button 2 of the water volume control switch 2 to stop the water inlet mechanism 6 from supplying water, and the control shaft 7 The continuation action moves the opening trace 72 to the side of the button 21, and since the opening trace 72 has a space for releasing the button 21 with respect to the closing track 71, the water amount control switch 2 commands the water inlet mechanism 6 to start water supply. Furthermore, as the control shaft 7 rotates, the two open 6 1334014. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an embodiment of the ice making machine of the present invention. Figure 2 is another perspective view of the embodiment of the ice making machine of Figure 1. Figure 3-1 is a schematic view of the operation of the control shaft of the present invention (1). Figure 3-2 is a schematic view of the operation of the control shaft of the present invention (2). Figure 4-1 is a schematic view (1) of the water inflow process of the present invention. Figure 4-2 is a schematic view (2) of the water inflow process of the present invention. Figure 4-3 is a schematic view (3) of the water inflow process of the present invention. [Main component symbol description]
1 .......控制系統 2 .......水量控制開關 21.......按鍵 3 .......驅動馬達 31.......驅動齒輪組 4 .......製冰盒 5 .......撥冰桿 6 .......進水機構 7 .......控制軸1 .......Control system 2 .......Water volume control switch 21....... Button 3 .......Drive motor 31.......Drive gear Group 4 ....... ice box 5 .......dip rod 6 ....... water inlet mechanism 7 ....... control shaft
71 .......關閉軌跡 72 .......開啟軌跡 73 .......轉動軸心 74 .......過渡軌跡 81 .......第一導引板 82 .......檔板 83 .......第二導引板 冰塊 8 971 .......Close the trajectory 72 .......Open the trajectory 73 .......Rotate the axis 74 .......Transition trajectory 81 ....... a guiding plate 82 .... baffle 83 .... second guiding plate ice block 8 9